Description: Features: Replace your factory antenna with this stylish yet functional. Black 50 Caliber Ammo Antenna. Made out of T-6061 Billet Aluminum with a hard Black anodized finish that will not chip, scratch or fade over time. Easy installation .Each antenna comes with a variety of adapters and studs to fit most vehicles with screw in style antennas. WILL NOT FIT vehicle equipped with power antennas.Made out of 100% CNC Machined billet aluminum PLUG-N-PLAY, it screws onto your existing antenna mount ( no wiring required) and takes less than a minute. The Reception is 7.5/10 reception with most people noticing no difference at all. Need a gift idea? This antenna makes a great gift idea for Military, Veteran, Policeman, gun fans and Outdoors man. Radio Reception Info :This antenna main design is for appearance enhancements. Its AM/FM radio reception performance is great for local stations (Satellite Radio/Navigation/Bluetooth not affected). this varies by vehicle and depends on the area that you live. If you live in a rural area, the reception might not be good. These antennas are made of T-6061 billet aluminum, and unlike the OEM antennas these are not amplified.
Price: 29.95 USD
Location: Miami, Florida
End Time: 2024-11-15T15:19:18.000Z
Shipping Cost: 0 USD
Product Images
Item Specifics
Restocking Fee: No
Return shipping will be paid by: Seller
Returns Accepted: Returns Accepted
Item must be returned within: 30 Days
Refund will be given as: Money Back
OE Spec or Performance/Custom: Performance/Custom
Color: Black
Finish: ANODIZED BLACK
Manufacturer Part Number: 305SA033BK
Country/Region of Manufacture: Taiwan
Antenna Style: Stubby Antenna
Type: Bullet Antenna
Interchange Part Number: 4R3Z-18813-AA, 9L3Z-18813-A, YR3Z-18813-AA
Material: Aluminum
Other Part Number: 4R3Z-18813-AA, 9L3Z-18813-A, YR3Z-18813-AA
Brand: VMS
Manufacturer Warranty: Unspecified Length
Antenna Technology: AM/FM
Vintage Part: No
Placement on Vehicle: Fender, Front, Left, Rear, Right, Windshield
Attachment Type: Screws
Features: Easy Installation
